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thelostbong/README.md

Hey, I'm Nayeem

Training models that are just as confused as I am.

MLOps and AI infrastructure. I spent two years running production DevOps at Tata Consultancy Services, Terraform-provisioned Kubernetes on EKS, 50+ microservices, GitLab and Jenkins pipelines that took deployment from 48 hours to under 30 minutes. Now I'm at TH Deggendorf applying the same standards to ML systems, so they end up in production instead of in a notebook.

Finishing an M.Eng in Applied AI for Digital Production Management (Oct 2026). Looking for MLOps, AI infrastructure, or ML platform roles in Germany.

What I actually build

Models that survive leaving the laptop: quantized exports, containerized inference, CI/CD, and a way to see what the thing is doing once it is running.

Computer vision at the station rather than in a datacentre, edge devices on a line, wired into the MES the factory already runs on.

Generative pipelines built from several small models handing off to each other, with an automated scoring step instead of eyeballing the output.

Forecasting and simulation where the decision has a cost attached, so the model gets ranked on that cost and not on RMSE alone.

Selected work

Project What it does Stack
Assembly Inspection + MES Resolves 16 LEGO build variants from three fixed cameras on a Raspberry Pi 5 and posts the result into a Tulip MES. Full edge-to-MES round trip under a second. YOLOv12s, ONNX, Flask, FastAPI, Tulip MES
Edge AI Defect Detection Two-stage detector for colour and missing piece defects, quantized to INT8 and running on an ESP32-P4 NPU. Stage 1 hits 0.995 [email protected] at recall 1.0. YOLOv11n, INT8 quantization, ESP-IDF, UVC
Fashion Article Image Generation Turns German product copy into catalogue ready product images through four chained models, with CLIP scoring as the quality gate. Built with NKD. MarianMT, Phi-3 Mini, FLUX.1-schnell + LoRA, CLIP
Cost-Aware Demand Forecasting Backtests ARIMA, SARIMA and Prophet on an expanding window, then ranks them on total inventory cost — where the accuracy winner and the cost winner disagree. statsmodels, Prophet, pandas
Fetal Health Classification Triages cardiotocography readings into three classes, with SMOTE applied inside the training pipeline so nothing leaks into the test set. Random Forest at 94.6%. scikit-learn, imbalanced-learn
Call-Center Staffing Simulator Discrete-event M/M/c model that finds the staffing level meeting the wait-time SLA at the lowest cost, cross-checked against Erlang C. SimPy, NumPy, matplotlib

Tools

Python, PyTorch, Ultralytics YOLO, ONNX, OpenCV, scikit-learn, FastAPI

Docker, Kubernetes (Amazon EKS), Terraform, GitLab CI, Jenkins, AWS, Grafana

R, SimPy, statsmodels, Prophet

Tulip MES, ESP-IDF, Raspberry Pi

Background

M.Eng Applied AI for Digital Production Management, TH Deggendorf (2025–2026)

Research Assistant, TH Deggendorf: edge inspection, MES integration, design of experiments

DevOps Engineer, Tata Consultancy Services (2023–2025): AWS, Terraform, Kubernetes, IoT pipelines

B.Tech Mechanical Engineering, SRM IST Chennai

Reach me

LinkedIn · [email protected]

Pinned Loading

  1. Automated-Defect-Detection-using-Edge-AI Automated-Defect-Detection-using-Edge-AI Public

    Two-stage YOLOv11n pipeline for colour and missing-piece defects, quantized to INT8 and running on-device on an ESP32-P4. No cloud, no GPU at inference.

    Python

  2. AI-Based-Automated-Assembly-Inspection-with-MES-Integration AI-Based-Automated-Assembly-Inspection-with-MES-Integration Public

    Real-time assembly-variant inspection on a Raspberry Pi 5: three cameras, a YOLOv12s ONNX model, and results posted straight into a Tulip MES for traceability.

    HTML

  3. Fashion-article-image-generation Fashion-article-image-generation Public

    Four-model pipeline that turns German product copy into catalogue-ready fashion images: MarianMT, Phi-3 Mini, FLUX.1-schnell with LoRA, and CLIP scoring. Built with NKD.

    Python

  4. MaheshBhushan/pitchprint MaheshBhushan/pitchprint Public

    Zollhof Impact Digital Twin — turns a plain-English startup pitch into a structured multi-dimensional impact profile, never a single score

    HTML

  5. Fetal_Health_Classification_using_Machine_Learning Fetal_Health_Classification_using_Machine_Learning Public

    Classifies cardiotocography readings as Normal, Suspect or Pathological; SMOTE applied inside the training pipeline so nothing leaks into the test set. Random Forest at 94.6%.

    Python

  6. Cost-aware-demand-forecasting Cost-aware-demand-forecasting Public

    ARIMA, SARIMA and Prophet backtested on DataCo order data with an expanding window, then ranked on total inventory cost rather than accuracy alone.

    Jupyter Notebook